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Proceedings of The Proceedings of the Volume One 17th INTERNATIONAL CONGRESS OF SPELEOLOGY Sydney, NSW, Australia July 22–28, 2017 Proceedings VOLUME 1 Edited by Kevin Moore Susan White 2017 Proceedings of the 17th International Congress of Speleology i 17th INTERNATIONAL CONGRESS OF SPELEOLOGY Sydney, NSW, Australia July 22–28, 2013 Proceedings VOLUME 1 Produced by the Organizing Committee of the 167th International Congress of Speleology. Published by the Australian Speleological Federation Inc and Speleo2017 in the co-operation with the International Union of Speleology. Design by Kevin Moore Layout by Kevin Moore Printed in Victoria Australia Te contributions were assisted with language and edited. Contributions express author(s) opinion. Recommended form of citation for this volume: Moore K., White S. (Eds), 2017. Proceedings of the 17th International Congress of Speleology, July 22–28, Sydney, NSW Australia Volume 1, Australian Speleological Federation Inc. Sydney. ISBN 978-0-9808060-5-2-07-6 © 2017 Australian Speleological Federation Inc, Tis work is licensed under Creative Commons Attribution ShareAlike International License (CC-BY-SA). To view a copy of this license, visit http://creativecommons.org/licenses/by/4.0/. Individual Authors retain copyright over their work, while allowing the conference to place this unpub- lished work under a Creative Commons Attribution ShareAlike which allows others to freely access, use, and share the work, with an acknowledgement of the work’s authorship and its initial presentation at the 17th International Congress of Speleology, Sydney NSW Australia. Cover photo : Keir Vaughan-Taylor on Lake 2, Koonalda Cave, Nullarbor Plain. (Photo by Kevin Moore) Back Cover : Te Khan and Beagum in Kubla Khan Cave Tasmania (Photo by Garry K. Smith) ii Proceedings of the 17th International Congress of Speleology Secondary Minerals From Italian Sulfuric Acid Caves Ilenia Maria D’Angeli1, Jo De Waele1, Cristina Carbone2, Mario Parise3, Giuliana Madonia4, Marco Vattano4 Afliation: 1Department of Biological, Geological and Environmental Sciences, University of Bologna, Italy, [email protected]; [email protected] 2DISTAV, Dipartimento di Scienze della Terra, dell’Ambiente e della Vita, Università di Genova, Italy. E-mail: [email protected] 3Department of Earth and Environmental Sciences, University “Aldo Moro” of Bari, Italy (ex CNR-IRPI Bari, Italy) E-mail: [email protected] 4Dipartimento di Scienze della Terra e del Mare, University of Palermo, Italy. E-mail: [email protected]; [email protected] Abstract Italy is a country hosting a large number of hypogenic sulfuric acid (SAS) speleogenesis caves, mostly located along the Apennine chain, but also in Campania (along the coastline of Capo Palinuro), Apulia (along the coastline of Santa Cesarea Terme) and Sicily. Besides the typical morphologies related to their special geochemical origin (cupolas, replacement pockets, bubble trails, etc), these caves ofen host abundant secondary mineral deposits, mainly gypsum, being the result of the interaction between the sulfuric acid and the carbonate host rock. Native sulfur deposits are also well visible on the ceiling and roof, and peculiar sulfuric acid minerals such as jarosite, alunite, and other sulfates like copiapite, pickeringite, tschermigite, tamarugite (probably related to the weathering of native clay minerals) have been found in those caves. Te presence of typical SAS minerals, together with the morphologies, testifes the infuence of rising acidic waters, that likely interact with the deep-seated Triassic evaporite deposits (along the Apennine chain), with volcanic sources or hydrothermal springs in the Tyrrhenian sea (in Campania) and with marine waters that infltrate on the sea bottom and rise through deep faults (in Apulia). Tis paper describes the secondary minerals discovered in several caves, and discusses their origin and possible use in reconstructing the evolution of these cave systems. Keywords: sulfates; speleogenesis; hypogenic caves; cave mineralogy 1. Introduction and Pieri 1964; Ciarapica et al. 1987) cropping out in several regions of Italy including Emilia-Romagna, Tuscany, Latium, Hypogene caves are widespread around the world and Umbria, Marche, Apulia (Gargano), and also in Greece and together with epigenic caves represent the most important Albania (Martinis and Pieri 1964). types of karst systems (Klimchouk 2007). Despite the fact they can evolve in diferent lithologies (carbonates, evaporites We collected and analyzed samples coming from several and clastic rocks with soluble cement) and geological settings, sulfuric acid environments reported in Figure 1, in particu- they present similar cave patterns and the morphological lar from Porretta Terme thermal spa underground tunnels features of rising fow (Klimchouk 2009). Because of the fact (Emilia-Romagna), Monte Cucco and Faggeto Tondo caves they are climate-independent and do not rely on infltrating (Umbria), Montecchio cave (Tuscany), Cavallone and Bove surface waters, the most famous and largest hypogene cave caves (Abruzzo), Cerchiara di Calabria and Cassano allo systems have been found in dry regions (e.g. Carlsbad cav- Ionio Caves (Calabria), Santa Cesarea Terme caves (Apulia), erns and Lechuguilla in the Guadalupe Mountains in New and Acqua Fitusa cave (Sicily). Mexico, Toca da Boa Vista and Toca da Barriguda in Bahia in Brazil, etc). In these areas hypogene cave systems can be preserved afer their exhumation thanks to the dry weather 2. Geological setting conditions, with subduing secondary processes (e.g. epigenic Most SAS caves are located along the Apennine chain, where infltration, deposition of speleothems), which can cover the deep-rooted faults allow groundwaters to rise from depth. In original hypogenic features (Klimchouk et al. 2016). Several many cases these rising fuids are rich in H2S, and more or types of hypogene caves are well known, such as sulfuric acid less thermal. Porretta Terme (Emilia Romagna), Cassano allo (SAS) caves, thermal limestone caves and intrastratal caves in Ionio-Cerchiara di Calabria (Calabria), and Santa Cesarea gypsum (Klimchouk 2009). In Italy all these types of hypo- Terme (Apulia) represent commercially exploited spas and gene caves (Galdenzi and Menichetti 1995; De Waele et al. thermal baths. Montecchio hosts a thermal lake at -100 m, 2014) are documented, but here we focus in particular on sul- Acqua Fitusa is related to a nearby thermal sulfuric spring, furic acid caves that are abundant especially along the Apen- Monte Cucco, Faggeto Tondo, Cavallone and Bove caves are nine Chain, in the Southeast Apulian foreland and in Sicily. high up in the mountains and no longer directly related to Diferently from sulfuric acid caves in the Guadalupe Moun- thermal rising waters. tains (Hose and Macalady 2006), along the Appennine chain Porretta Terme spa is located in the Tuscan-Emilian Apen- the H2S source is mostly related to deep-seated upper Triassic evaporites called “Anidriti di Burano Formation.” (Martinis nines and develops in the “Porretta Terme Formation.”, in particular in the arenitic member called “Arenarie di Suvi- Proceedings of the 17th International Congress of Speleology 237 Figure 1. Location of the caves object of this study. From the N to the S are reported: Porretta Terme caves in Emilia Romagna, Monte Cucco and Faggeto Tondo caves in Umbria, Montecchio cave in Tuscany, Cavallone and Bove caves in Abruzzo, Cerchiara di Calabria and Cassano allo Ionio caves in Calabria, Santa Cesarea Terme caves in Apulia, Acqua Fitusa cave in Sicily. ana” characterized by Oligocene lithic arenites with a vertical stratifcation due to Apenninic tectonic movements (ISPRA). Figure 2. SAS minerals in several caves in Italy; A) Gypsum depos- Several sulfuric thermal springs have been encountered in an its in Faggeto Tondo cave (credits: J.De Waele); B) Alunite deposits in artifcial tunnel network realised in the XIX century. Tese Cavallone cave (credits: M. Nagostinis); C) Gypsum in Sant’Angelo old underground environments are similar to caves, and host Cave in Cassano allo Ionio (credits: O. Lacarbonara); D) Te yellow a wide variety of secondary mineral deposits. deposits are characterized by copiapite, tamarugite and pickeringite and are located in “Sorgente N°3” in Cassano allo Ionio (credits: O. Monte Cucco and Faggeto Tondo caves are located in the Lacarbonara); E and F) Te yellow deposits are characterized by Umbro-Marche Apennines in a fold-and-thrust belt domi- copiapite and tschermigite and are located in Ninfee cave in Cerchiara di Calabria (credits: O. Lacarbonara); G) Sulfur deposits covering nated by Jurassic carbonate rocks of the “Calcare Massiccio walls and ceiling in Gattulla cave at Santa Cesarea Terme (credits: M. Formation.” (Pialli et al. 1998). Both caves are part of a huge Vattano); H) Gypsum deposits in Acqua Fitusa (credits: M. Vattano). sulfuric acid cave system, uplifed high above the present base level and now abandoned by the sulfuric waters. Te cave is intersected by epigenic vadose shafs and hosts several active Cerchiara di Calabria and Cassano allo Ionio caves are located passages, unrelated to its hypogenic origin. Several fossil con- in the southern Apennines and develop in biogenic calcar- duits still host a variety of secondary minerals related to SAS enites of the “Cerchiara Formation.” of Lower Miocene age speleogenesis. (Selli 1957) and in Triassic dark-grey dolostone (Selli 1962), respectively. Te underground karst network
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